Postdoctoral Researcher in Electromagnetic Interference and Wireless Communication Systems

L'Université Gustave Eiffel, modèle innovant d'université rassemblant le triptyque université, écoles et organisme de recherche, dispose de plusieurs campus de formation et de recherche implantés sur le territoire national.

L'établissement compte plus de 15000 étudiants et plus de 3000 personnels enseignant (e)s-chercheur(e)s, chercheur(e)s et personnels d'appui au sein de 33 laboratoires, 15 composantes de formation ainsi qu'au sein de services support et de soutien.

L'université œuvre dans de nombreux domaines de recherche et représente à elle seule un quart de la recherche française sur les villes de demain. Elle regroupe des compétences pluridisciplinaires pour conduire des recherches de qualité au service de la société, proposer des formations adaptées au monde socio-économique et accompagner les politiques publiques.

L'Université Gustave Eiffel est également la première université française en apprentissage et forme jeunes, salariés, ou citoyens à tous les niveaux ; apporte des éclairages scientifiques à l'ensemble de la société et vise à contribuer in fine à l'élévation du niveau de qualification de tous.

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Main tasks:

Identification and Classification of Electromagnetic Interferences:

• Analyze potential interferences in the context of MDS and railway environments
• Classify different types of interference and propose suitable models.

Development of Simulation Models:

• Design MATLAB simulation models for wireless systems (Eurobalise, GSM-R, FRMCS)
• Identify suitable railway channel models
• Simulate the behavior of these systems in the presence of interferences

Performance Analysis:

• Study the impact of interference on existing communication systems in railway channel models
• Identify vulnerabilities and limitations of current systems

Proposal of Mitigation Strategies:

• Identify and develop interference cancellation methods to enhance system robustness
• Evaluate the effectiveness of proposed solutions through simulations

Attend the different meetings of the project, present results and write reports and publications

As part of the MaDe4Rail 2 European project, this postdoctoral position aims to investigate the potential impact of electromagnetic interference generated by Maglev-derived systems (MDS) on existing wireless communication systems in railway environments. The goal is to analyse the necessary modifications at the physical layer to adapt these systems for MDS integration, including the development of interference cancellation processes. The work will involve MATLAB or Python developments and simulations to evaluate the performance of the relevant wireless systems: Eurobalise, GSM-R, and FRMCS (5G). The work include also collaboration with partners, in particular UPM partner working on EMC models.

Required skills:

• PhD in telecommunications, signal processing, electromagnetics, or a related field
• Proven experience in MATLAB modeling and simulation (or equivalent tools)
• Strong knowledge of wireless communication systems (5G, GSM-R, etc.) and electromagnetic interference
• Familiarity with physical layer concepts and interference cancellation techniques
• Ability to work in a team and write technical reports in English as well as publications
• Autonomy, rigor, and initiative

Education and professional experience:

• PhD degree in wireless communications, signal processing applied to wireless communications

Environment, work context, reporting structure:

• Integration into the COSYS/LEOST team at Université Gustave Eiffel, in a dynamic and multidisciplinary environment in the Lille Campus (North of France)
• Collaboration with industrial and academic partners within the European MaDe4Rail 2 project.
• Access to state-of-the-art technical and scientific resources.

The candidate will be supervised directly by Marion Berbineau, research Director and Yann Cocheril, laboratory Director will be the line manager.

• Knowledge: wireless communication systems, radio propagation, mathematics, AI algorithms, signa processing, English (written, spoken), scientific programming
• Expertise: Matlab simulation, Strong ability in computer programming (Matlab, C, C++, Python, etc.), experience with AI algorithms in wireless communications
• Attitude: Ability to work in a team and to collaborate with project partner, ability to communicate and disseminate scientific results, organisation, rigour and autonomy, curiosity for new research topics

LEOST

Campus de Lille

Contractuel uniquement